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King Fahd University of Petroleum and Minerals College of Computer Science and Engineering Information and Computer Science Department !"#$%"& Table of Contents Arabic Extended Abstract 1 Project Planning 6 Requirements Gathering The Scenarios Storyboarding Functional Req. Non-Functional Req. Platform Specifications Risk Analysis System Designing High Level Arch. Database Design Design Specification User Interface Conclusion 7 11 .. 21 Appendix 1(Input&Output Samples) 22 Appendix 2(Installation Instruction) 24 Appendix 3(User Manual) 25 1 !"#$"%&' " ()*+ , -*+ ./0 1"23, 4$5678 )9"1"'- :0;9)+ <=>? @#A%&'B"C*+ .D EFG=>? @D &' +HIJK"L)+ M )+ M61-"4NA'#AFO PD &'A*+ ."GKQRQS, A+ TH> :+CJLU K2+VW/B"G,8 :'XY"Z0,6[Z, 9+8 5'\6)+ M G)+ M4NA+35]+ ^ :MV0_Q G 7/`a !#$_b 8 , $'cG A67 C Cde")' '$5+'F,"^Z-6,/' (_f Gg$h(D 'c2"ZF' ) i PYL 8 (7 '7 $&j7 C`PL %&'6g k9 :M (_R Gdec>" G % '(6=>? @D &'_l 3, 4$5")!, "m$&'"/"#\"3)+ M#F4no[p +)+, -3K" 8V'#'"GqMS Excelr4AC2*+ 6g+^]5s7/"G8[9t, uVcY"U-,"%&' T> qMS Excelr4AC2+p - G!&'[p +)9^v'wvJ4AC2g+x'0 _Q Gy0zz{? p ^v'w4P4CF#' _b $ :C |27/`aq1"2#\} )#rO +7 C~(#\M )+#'G[4@M )+#' _f `avN"v8[9t, ', 5 :0^"8[9t,M )+#' CGq )#}1"2#\r P" G P+t,'{7/ G*+ . { p - F6M )9p -d#'} _R G4'A+g+6]5s"4CGqMS Wordr8,*+ 6p 5+^]5so[ { %&' "3K" 2 G# (6K? vJo[, 'c D &'A9D`P= @4$5!&'9o[Z)*+ .D TH>z^3K"L)+ M 8 (Y -' ,^D &'A9} p "%&'t,", {(t,Lp $$&'Lp /Lo[p T3K"9p -ZF#' _Q G*+ . { p - F6dp -JK4C"LZF' p - +YGc>m$+? 4/g'p -JK72/ p 8V'#'m$&'p ^u _b p F#' CG P)0 o[' O 87/'0)+ M +"4NA'"1- L)+ M4NA)'9 ^u "G%&'"h(W W Wh"2U-+^4{ P, -0 (#'`a? 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GqMail Merger4 *+8de (#'"'C 9 GD Y P)0 ('A C`P) _b GqD Y rO[O 'F"JcI 6F ' _f TH> d' 4k0Yp0"" op8 5W @ _R 4 ZF'6,/'8!"D G 6+ &'A9,"28 g$53 O C` P#$ G -.!Cg$5P"D 'c2" GF 6 "Q (#'`P) F '4'G)64C +8!"D "' )0p -*+ .#'"Lg$p$'cF 'O P G*+ . )0+ CI' ) Gp - F+p -%&'6"90*+ . _l _ _ _ -./ 46qMS Visual Basic 5rl;A1N0*+ D &'¡ 0G*+ . (65'*+ D &'¡ )+ M "G[p -F6qMS Excel 97rS4AC2*+ D &'¢ CG ("*+ . p - F qMS Access 97r£AC2*+ D &'"GqMS Word 97rS8,D &'¡ :X5P" Visual Basic forp -';A1N0D &'¡ CG+[p +[)'\"1" M#$"*+ . { G¤)- :k)Z+ A*+.y6Application (VBA) *+ .DG78 )9"1"'- :0;9)+ < ('D*+ , - (*+ G*+ .{ cp F6p -1 c8("M )+}+"4ACYg++o[p }+"G¥o[Z^v' F+# 6? vJo[0 C, 'c D &'A9D G :'M )+"9p -0 CF8,6 (#' 5 Bilingual Graduation Certificate System The system is a certificate generator program. The main idea of the program is to take student information from an excel sheet and produce an appropriate certificate. The style and the content of the certificate vary depending on many criteria. For e college and major. Moreover, the certificate must reflect the student status by printing appropriate message for honor student. The system will take the information and create the certificate in Microsoft Word. and system designing and it will end up with a conclusion. It will include also three appendices; they are Input & Output Samples, Installation Instructions and User Manual. Project Planning: shows both the estimated and the actual number of hours for each activity along with the project milestones. The project activities are explained below along with the estimated number of hours. Then, the project plan will be followed. Activity Description # hours Training The needed time for Visual Basic 5.0 and Power Point self-study. It includes both learning and practicing the two packages. Requirements Information gathering about the project and contacting the system users to come up with the formal functional and non-functional requirements. Design Dividing the project into different subsystems and then deal with each subsystem independently. Each subsystem can be further divided into models and functions. Code Programming the modules and writing the source code for each model in MS Visual Basic. Plan/Scheduling Divide the project work along milestones. Write Writing the needed documents and reports. This includes writing project plan, requirement document, design document, project final report with both an Installation Instructions and a User Manual. Meeting Regular meeting with the project coordinator to follow the project progress and achievements. Debug/ Test Run the program in a test environment and monitor its performance and accuracy. This includes also fixing any errors if any. Demo Present the project in its development time. And demonstrates the project progress and achievement. Presentation Present the final project with required documents. And present the project using MS Power Point. 6 29 9 14 24 8 20 7 23 7 6 Requirements Document Prototype Package Design Document Project Plan Actual 139 7 3 3 4 4 2 5 3 1 3 1 0 2 4 5 1 2 2 1 1 4 8 4 11.5 6 3.5 7.5 8.5 4 6.5 10 5.5 9.5 8.5 6 7.5 12.5 13.5 8 14.5 6 8.5 22.5 22.5 12 14.5 1 3 1 2 Total 1 3 0 1 152 1 2 Estimated 2 18.5 4 4 12.5 2 0 Actual 2 Week 15 5 0 2 24 9 12 33 9 20 18 3 7 4 0 11.5 4 Estimated 2 29 9 14 24 8 25 23 7 7 6 2 14.5 3 2 Actual 4 1 Week 14 3 1 Estimated 2 Actual 4 Week 13 3 Estimated 1 Actual 6 Estimated Actual Estimated Actual 5 Week 12 Week 11 Week 10 2 Estimated 1 Actual 0 0 0 0 Week 9 1 Estimated 3 3 2 Actual 2 4 Week 8 2 2 Estimated 1 3 4 Actual 4 Week 7 4 Estimated Actual 0 0 2 1 0 Week 6 5 2 1 1 3 Estimated 1 1 5 Actual 0 Week 5 1 2 2 3 Estimated 2 5 3 1 3 Actual 2 5 9 6 Week 4 8 7 Estimated 3 5 Actual 4 Estimated 4 3 Actual Total 7 Week 3 Week 2 Estimated Training Req Design Code Plan/Sch. Write Deb./ Test Meeting Demo Present. Requirements Gathering: The second step after project planning is requirements gathering. This phase includes meeting that will show a step by step procure to achieve a specific function. It will also result with an initial thinking of the user interface. Moreover, It will come up with formal functional and non-functional requirements along with platform specifications and risk analysis. The Scenarios: Four scenarios are provided below. These scenarios show the mechanism of achieving some of the basic functions. These functions are Manual Selection, Special Selection, Select All and Updating 7 Manual Selection & Print certificates Scenario Main Program Entry • • • Manual Selection • The program will start by showing a Main Form that has the system title and a list of all the graduated students. None of the students will be selected initially. There will be three ways of selecting the students. • Print • The user can manually select any number of students by just clicking on the needed one. The user can also deselect any student by just re-clicking the selected name again. After selecting the required students, the user can print the certificates by just clicking the Print Command Button. Select All & Print Main Program Entry • • • The program will start by showing a Main Form that has the system title and a list of all the graduated students. None of the students will be selected initially. There will be three ways of selecting the students. Select All • • The user can select all the students by click on select All Button. The user can reset the list to its initial unselected condition by click on the Reset Button. Print • After selecting the required students, the user can print the certificates by just clicking the Print Command Button. Select by Certain Range & Print Main Program Entry • • • The program will start by showing a Main Form that has the system title and a list of all the graduated students. None of the students will be selected initially. There will be three ways of selecting the students. Special Select • • The user can specify the range of the student IDs by requiring that each student to have a certain range for their IDs. After specify the Range, the program will select every student that satisfy that range. 8 Print • After selecting the required students, the user can print the certificates by just clicking the Print Command Button. Configuration menu • • Modify the dean • The user can go to the Configuration Screen from the Main Form by clicking on the Configuration Button. A list with all the majors along with their corresponding deans will be shown. • The user can modify the dean name by clicking on it. The user can type the new dean name in a text box. Storyboarding: Below, there are two tentative initial shots of a possible user interface. The first one is the Main Form, which contains all the students to chose from. The user can chose the needed students and then print the corresponding certificates. The second form is the configuration The Configuration screen The Main form of the program 9 Functional Requirements: Functional requirements are the services that must be provided by the system for the end users. below. 1. Import from MS Excel: the system should allow the user to import the student information from an Excel sheet. 2. Different ways of selection: the user should have the ability to select the students by different methods, they are: • Manual Selection: the user must be able to select and deselect any student from the list by simple method. • Select by certain criteria: the user should have the ability to select the students by specifying certain condition on them. For example, the user may want to select all the students with ID between 880000 and 919999. • Select all: there should be a simple method to select all the students in the list. 3. The configuration must be modifiable: the dean for some majors/colleges may change from time to time. So, we need to be able to modify the corresponding dean whenever there is a change. This also applies to registrar, dean of Admissions & Registration, and rector of the university because they may be changed also. 4. Add majors/colleges: the user must be able to add new majors or college, as it may be needed. Since, it is possible to open new colleges or majors in the future. 5. Delete majors/ colleges: it is also necessary to delete some majors or colleges from the system. 6. Creation in MS Word: the certificates should be generated and saved in MS Word. Non- Functional Requirements: Non-functional requirements specify constraints on the system. They include the required operating system; software packages and other needed hardware. The following are the required nonfunctional requirements. • MS Arabic Windows 95 or 98 is required. Since, the certificate is written in both Arabic and English languages. • MS Arabic Word 97 and MS Arabic Excel 97 are also needed. Since, the input to the program is an Excel sheet and the output is a Word document. • The certificate has a specific format and certain font. • A printer is required to print the generated certificates. • The system should be user friendly. • The creation of the certificates should be both fast and reliable. Platform Specifications: This section specifies the required machine along with its operating system. It also specifies the programming language for the project development. • Target Platform PC (at least 486) Pentium is recommended. • Arabic Windows 95 or 98. • • Development platform • MS Visual Basic 5.0. 10 Risk Analysis: This section indicates possible risks within the project period. These risks show some uncertainty with project development. Three risks are specified below: Formatting the text: it may cause a problem to fit the text exactly in its right position. Moreover, there may be a problem also with letting the some fields occupying two lines. Application Communication: there are some difficulties in reading the Excel sheet from VB. Also, this type of difficulty appears in communicating with MS Word with in VB. User Input Validation: the program must prevent the user from carrying an invalid command. For example, there is no point in deleting the rector or adding a second rector. System Designing: The design phase includes dividing the system into subsystems. A high-level architecture chart is provided to show the subsystems and how each subsystem communicates with other subsystems. A description of each subsystem will then be followed. This phase explains the system database along with its tables and quires. Moreover, detailed design speciation will be included. Finally, the final user interface will be shown. High-Level Architecture: An overall architecture of the system, which indicates the main subsystem and the way they are communicating. The high-level architecture is presented as a block diagram followed by a detailed description of each subsystem. The system can be divided into four main subsystems depending on their functionality. They are as follows: • Selection Subsystem • Import Subsystem • Create Subsystem Selection • Options Subsystem Subsystem Import Subsystem Excel Sheet Options Subsystem 11 Create Subsystem Certificates Selection Subsystem: It is the main starting subsystem. It will include the system title in both Arabic and English. It will include also the necessary links to all other subsystems. This subsystem will provide the user with a complete list of all graduated students for the current academic term. The system will provide the user get populated with the graduated students in the chosen term. This student list is obtained from the system database. The user can select the students by three ways, they are: 1. Manual Selection: the user can select any student by clicking on his ID from the list and deselect by re-clicking it again. 2. Special Selection: the user can also select the students depending on certain search. The system will allow the user to specify a range of values for the student ID. Then, the system will select all those students with their ID satisfying that range. For example, the user may want to select all the students with ID between 940000 to 949999. 3. Select All: the user can select all the students by clicking on Select-All-Button. The user can also deselect all the students by clicking on Select-None Button. Moreover, the subsystem will provide the user with total number of students and the number of the selected students. After selecting the required students, the user can create the certificates by clicking on the print button. Import Subsystem: This subsystem provides the user with the ability of importing the data from an Excel Sheet and storing the data in the system database. It will start by opening the Excel sheet and then count the number of stored student in that sheet. Then, it will read the Excel sheet row by row. It will process each row before storing it in the system database. It will have a timer that will provide the user with the total time of the import operation. Moreover, it will indicate the operation progress by showing the total number of student and current number of the imported students. The control will be returned back to the Selection Subsystem after finishing the import operation. Create Subsystem: This subsystem is responsible for creating and printing the certificates. It will loop for the students in the List and process the selected students only. It will get the complete student information from the system database and then will start creating the certificate. Creating the certificate begins by opening an empty document in MS Word from a certain template. Then, it fetishes the required data from the database, processes it and then places it probably in the created document. The required data e information and signature information. The data placement mechanism is done by inserting a bookmark in the MS Word template for each field needed in the certificate. Then, the subsystem will move to this bookmark and then place the required information. After placing all the need information in the document, the certificate will be saved in a temporary directory. The subsystem will show the creation progress by showing both the total number of required certificates and the total number of generated certificates. Moreover, it will count the time for the create operation. It will also show the current processed student. The control will be returned back to the Selection Subsystem after creating all the certificates for all the selected students. 12 Options Subsystem: The system needs some customization to get running in highly changing requirements. So, this subsystem is responsible for providing the necessary options. It will interact with the system database in order to customize the system functioanlity. The following are included in the Options Subsystem: Item Update Colleges Update High Studies Update Majors Update Signatures Graduation Date Issuing Date File Locations Description Adding, deleting and modifying the colleges. The college code, name and the college dean must be prvided For each college. Modifying the university high studies degrees. Each degree has a code, a name and a dean associated with it and they must be provided. Adding, deleting and modifying the majors along with their assoicated college. The major code, name and college must be provided. The Registrar, dean of Admission and Rector can also be modified. The date must be provided in both Arabic and English. The official Graduation date can be modified. The date must be provided in both Arabic and English. The certificate issuing date is also modifiable. The date must be provided in both Arabic and English. This includes the location of the Excel sheet, Ms word template and the temporary locations. The user can enter the complete path or he can browse for the target location. Database Design: inserted into the database via the Import Subsystem. The database will be updated via the Options Subsystem. Moreover, the database will be accessed and used to create the certificates in the Create Subsystem. The database consists of 7 tables and several queries. The tables are as follows: • Colleges Table: It includes all the Colleges information with college code as a primary key. It includes the Arabic & English Dean title and name. Moreover, the Arabic & English college name is also included. • Students Table: The Student ID, Arabic & English Name, College, Major, Degree, Graduation Term, Honor, Birth Date are sorted in this table. The Student ID is the primary key. The College is a foreign key to the College table. The Major is a foreign key to Major table. Finally, the Degree is a foreign key to High Study Table. 13 • Majors Table: It includes all the Majors information with Major Code as a primary key. It includes the Arabic & English Major Name. Moreover, it contains the corresponding college as foreign key to the College Table. • High Study Table: This table conations all the academic degrees (BS, MS, MBA, PhD) along with their Arabic & English dean name and title. The dean information for the BS students will be taken from the college table not from this table. The Degree field is the primary key. • Signature Table: There are all four signatures for the certificates. They are the Reactor, Registrar, Dean of Admission and College Dean. The first three are stored in this table. The table includes Arabic & English dean name and title. • Dates Table: It includes all the needed dates for the certificates. These are Issue date and the Graduation date. • Locations Table: It includes the file locations for the Excel Sheet and the Word Template. Moreover, it includes the temporary directory for the creating the certificates. The system database uses one important query or view. This main query is called All-StudentFull, which presents each graduated student with all the releted information. This query will pressent each student with following fields: • • • • • Student ID College Code Degree Major Code Honor • • • • • Student Arabic Name Arabic Major Name Birth Date • • • • • Student English Name Arabic College Dean Name English College Dean Name English Major Code Graduation Term This query can be built by dividing the students into two groups: BS student and Non-BS students. Then, take the BS-Students and link them to the related college and major. On other hand, the Non-BS-Students will get joined with the related High-Study college and major. After that, the two 14 groups will be mixed to get all the students with all the necessary information. This procedure is illustrated using Relational Algebra below. BS-Students σ Non-BS-Students σ (Student Table) (Student Table) BS-Students-Full-InfoBS-Students ∞Major =Code Majors ∞College =Code Colleges Non-BS-Students-Full-Info Non-BS-Students ∞Major = Code Majors ∞Degree =Degree High-Studies-Table All-Student-Full BS-Students-Full-Info ∪ Non-BS-Students-Full-Info The All-Student-Full query will provid most of the needed information for certifacte ceration. Date Table. Also, the signaturs information will be taken from the Signature Table. Design Specification: This section explains some of the system models and techniques, which are used in the system functionality. It will include some Visual Basic code to show how to implement it. It will start by shown how to do database access, how to process the date & name, how to read from MS Excel and how to work with MS Word. Database Access: Database Access is used heavily in all subsystems. It is possible to manipulate the database using SQL (Structure Query Language). There are two types of SQL statements: Singleton and nonsingleton. Singleton statements will return zero or one record, like the Delete Command that will delete on record in the database. On the other hand, the non-singleton statements will return more then one record. The non-singleton statements need a record set to hold the resulted records. The implementation of Singleton will be explained first, then it will be followed by the non-singleton. Finally, record set manipulation will be discussed. Singleton SQL Statements: • Declare a Database object. Dim DbObj as DataBase • Open the database file. Set DbObj = OpenDatabase (database file) • Execute any singleton SQL statements DbObj.Execute Singleton-SQL-Statement • Close the Database DbObj.close Set DB = Nothing Non-Singleton SQL Statements: • Declare a Database object. Dim DbObj as DataBase • Declare a Record Set Object Dim RsObj as RecordSet 15 • • • Open the database file. Set DbObj = OpenDatabase (database file) Run a non-singleton SQL statements and get the result in the record set Set RsObj = DbObj.OpenRecordset(Non-Singleton-SQL-Statement) Close the Record Set and the Database RsObj.close DbObj.close Set RsObj = Nothing Set DbObj = Nothing Record Set Operations: After executing a non-singleton SQL statement the result will be stored in a record set. This record set has many properties and methods. The needed properties and methods will be mentioned, then a complete example of working with a record set will be explained. Properties: EOF: it stands for End Of File, it will indicate if we are at the end of the record set. Fields (Field-Name): It will take the field name and it will return its value. Methods: MoveFirst: move to the beginning of the record set. MoveNext: move to the next record in the record set. MoveLast: move to the last record of the record set. Record Set Example: • • • • • • • Declare a Database object. Dim DbObj as DataBase Declare a Record Set Object Dim RsObj as RecordSet Open the database file. Set DbObj = OpenDatabase (database file) Run a non-singleton SQL statements and get the result in the record set Set RsObj = DbObj.OpenRecordset(Non-Singleton-SQL-Statement) Go to first record RsObj.MoveFirst Loop for all the records and get a specific field. Do While ( Not RsObj.EOF) RsObj.Fields (specific-filed-name) RsObj.MoveNext Loop Close the Record Set and the Database RsObj.close DbObj.close Set RsObj = Nothing Set DbObj = Nothing 16 Date Processing: This model is responsible for reading the date and change it to the standard format DD/MM/YYYY. It is used in the Import Subsystem to convert the input dates to the standard format. This is done by scanning the date and recognizes the day field, month field and year field. After that, we build the date in the standard format by concatenating the three fields in day/month/year order and Name Processing: The name of the imported students must not be in opposite form( Family name then first name). This model will convert the opposite form name to the required form (First name then the family name does not contain a separator then the name is in the required form. Otherwise, we delete the separator and then split the name into two strings and then switch the two strings. Reading from MS Excel: The program must read the student information from an Excel file. This is done by the following procedure: • • • • • Declare a MS Excel Object Dim ExcelObj as Object Set the MS Excel Object for a specific Excel sheet Set ExcelObj = GetObject ( ExcelFile, "Excel.Sheet.8") Set the first sheet in the file to be visible ExcelObj.Parent.Windows(1).Visible = True To read a specific cell at certain column and row ExcelObj.Application.Cells( RowNumber, CoulmnNumber).Value Quit the MS Excel ExcelObj.Application.Quit Set ExcelObj = Nothing Writing to MS Word: The certificates will be created in MS Word. The Create Subsystem needs to access the MS Word to build the certificate. Working with MS Word can be done in the following procedure: • • • • Declare a MS Word Object Dim WordDoc As Object Create the Word Object Set WordDoc = CreateObject("Word.application") Open the template WordDoc.Documents.Add Template:= TemplateFile, NewTemplate:=False Using the Place function, we will add the needed fields to the Word file. (This function is explained below) Place "English-Student-ID-Tag", TheActualStudentID 17 • • • • After adding all the fields, we save the certificate in a Temporary folder WordDoc.ChangeFileOpenDirectory TempDir WordDoc.ActiveDocument.SaveAs filename:= " target-file.doc", FileFormat:= _ wdFormatDocument, LockComments:=False, Password:="", AddToRecentFiles:= _ True, WritePassword:="", ReadOnlyRecommended:=False, EmbedTrueTypeFonts:= _ False, SaveNativePictureFormat:=False, SaveFormsData:=False, _ SaveAsAOCELetter:=False Print the certificate if it is needed. WordDoc.ActiveDocument.PrintOut Close the generated Document WordDoc.ActiveDocument.Close Close the MS Word Application WordDoc.Application.Quit Set WordDoc = Nothing The place function will take two parameters: field location and Actual field. The code of the function is as follows: Public Sub place(Field-Location As String, Actual-Field As String) WordDoc.Selection.GoTo What:=wdGoToBookmark, Name:= Field-Location WordDoc.Selection.Find.ClearFormatting With WordDoc.Selection.Find .Text = "" .Replacement.Text = "" .Forward = True .Wrap = wdFindContinue .Format = False .MatchCase = False .MatchWholeWord = False .MatchWildcards = False .MatchSoundsLike = False .MatchAllWordForms = False .MatchKashida = False .MatchDiacritics = False .MatchAlefHamza = False .MatchControl = False End With WordDoc.Selection.TypeText Text:= Actual-Field End Sub 18 User Interface: The following are snap shots of the final user interface. The About Screen The Options Screen 19 The Select Screen The Import Screen 20 The Create Screen Conclusion: The system is a certificate generator program. It has been developed as a senior project with in Information and Computer Science Department at King Fahd University of Petroleum and Minerals. The system will get the student information from an Excel sheet. Then, it will process the information and store it in the system database. The user will be presented with a list containing all the graduated students to select from. After selecting the required students, the system will create the certificates using MS Word. 21 Appendix 1 Input & Output Samples: Below is the input Excel sheet sample. ID NAME COL MAJOR DEG 921387 AL-MUSLEM, HASAN ABDALLAH MUHAMMAD AL-YAHYA, ALI ABDRABBARRASOU L ALI AL-SUWAII, BADER ABDUL-AZIZ MUHAMMAD AL-JUHANI, KHALED SALEM SALIM ALFAYEDI AL-YAHYA, FAISAL IBRAHIM SAAD ABALHARETH, MUHAMMAD SALEM MESFER MEAJEB AL-KHALEDI, THAMER HUMOUD FARHAN ALAMMOUR AL-SHAMMARI, AREF MUHAMMAD HAMDAN ABDUH AL-ZAHRANI, MUHAMMAD SALEH ABDALLAH ALHARIRI ZAATARI, GHASSAN MUHAAMMAD TAHA AL-HADDAD, TURKI NASER BASEM HADI AE ACE BS 981 AE ACE BS 981 AE ACHE BS 982 1 AE ACHE BS 981 AE ACHE BS 983 AE ACHE BS 982 AL-ZAHRANI, JAMAN AHMAD ALI ALBAKHIT AL-THUNAIYAN, KHALED SALEH MUHAMMAD BUSHAH, WAIL ADLI AHMAD AL-DOSARI, MUHAMMAD SALEM MUHAMMAD ALHAWASHELAH AL-SADAT, MAJED HASAN HASAN MUBARKI, YOUSEF ALI AHMAD HAMMAD, MUNIR SALEH ABDALLAH AL-ASIRI, MAJED MUHAMMAD HASAN AL-ARAR AL-SHAUWOUSH, ANWAR SALEH MUHAMMAD 935069 880726 885846 903198 904503 910946 914293 916590 920173 920897 921596 921794 924951 926457 926721 927204 928079 928723 929604 AE ACHE BS TERM Honor Date 1416/6/21 1997/5/6 !" # % 981 BS 983 & AE ACHE BS 982 ( BS 981 2 AE ACHE BS 983 AE ACHE BS 982 AE ACHE BS 981 AE ACHE BS 983 AE ACHE BS 982 6/9/1400 $3/1/1970 ACHE ACHE 3/4/1416 3/1/1411 AE AE 3/1/1411 3/4/1416 ' % )* % + % ( $3/1/1970 1416/6/21 , 1997/5/6 -. 1946/9/6 /0 )1 6/9/1400 1946/8/21 1984/5/30 )12 AE ACHE BS 981 3 AE ACHE BS 983 4 5 AE ACHE BS 982 ( 1977/6/12 AE ACHE BS 981 3 3/1/1412 AE ACHE BS 983 ( 22 1931/11/6 1980/10/17 3/4/1417 )#6 KHALIFAH Below is the Output Word document (Certificate) KQRQS7 k+,+QlT, {t, Issue Date: Decmeber 21, 1998 Graduation Certificate : 31o, - s A T8[+t, "LQT3)+ MF," ) 1$z9p,9Z¦ N¡Y FLKQR -' 9 6D, /!,8^ QRQS7 k+,+bt, ';~"L WU- GDQSS V-A8+b09K This is to certify that MR. MUHAMMAD ABD RAB AL-RASOAL ALI FAMILY, Student ID # 777771, born 1400H, has completed all formal and academic requirements for the Degree Of Bachalore Of science in Applied Civil Engineering. The Degree is conferred with Second Honor by King Fahd University of Petroleum & Minerals effective Decmeber 21, 1998. Registrar ' Ahmed A. Al-Dharrab okdd) - §Y Dean, Admissions & Registration ''%+ , N% s¦" ¨ Mamdouh M. Najjar Dean, College of Applied Engineering (Acting) Mohammad O, Budair 0 1+*2( s Rector of the University 4c © -dd) - Abdulaziz A. 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